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Review/Citation:  NOTTMEYER, L., ARMSTRONG, B., LOWE, R., ABBOTT, S., MEAKIN, S., O'REILLY, K. M., BORRIES VON, R., SCHNEIDER, R., ROYÉ, D., HASHIZUME, M., PASCAL, M., TOBIAS, A., VICEDO-CABRERA, A.M., LAVIGNE, E., CORREA, P.M., ORTEGA, N. V., KYNČL, J., URBAN, Aleš, ORRU, H., RYTI, N., JAAKKOLA, J., DALLAVALLE, M., SCHNEIDER, A., HONDA, Y., NG, C.F.S., ALAHMAD, B., CARRASCO-ESCOBAR, G., HOLOBÂC, I.H., KIM, H., LEE, W., ÍÑIGUEZ, C., BELL, M.L., ZANOBETTI, A., SCHWARTZ, J., SCOVRONICK, N., COELHO, M. S. Z. S., SALDIVA, P. H. N., DIAZ, M. H., GASPARRINI, A., SERA, F. The association of COVID-19 incidence with temperature, humidity, and UV radiation – A global multi-city analysis. Science of the Total Environment. 2023, 854(Jan.), 158636. ISSN 0048-9697. E-ISSN 1879-1026
Requested document:  0562454_Sci of the Total Env_Urban_2023.pdf - Publisher’s postprint
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0562454_Sci of the Total Env_Urban_2023.pdf

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